To Next PageTo Next PageWhy ProMinent Sigma/ 1 Basic S1Ba does not reach high pressure rates?
There are several potential causes: 1. The valves may be dirty or worn. 2. The motor could be wired incorrectly; in this case, check the mains voltage and frequency, and ensure the motor is wired correctly. 3. The mains voltage might have failed; if so, eliminate the cause of the failure.
What to do if ProMinent Sigma/ 1 Basic S1Ba Water Pump does not prime?
If your ProMinent Water Pump isn't priming despite full stroke motion and bleeding, consider these possibilities: * The valves may be dirty or worn. * The feed chemical might contain particles larger than 0.3 mm. If this is the case, install a suitable filter in the suction line.
What to do if ProMinent Sigma/ 1 Basic S1Ba has fluid escaping from the back plate?
If fluid is escaping from the back plate of your ProMinent Water Pump, it could be due to: * The dosing head screws not being tight enough. Tighten the screws crosswise to the specified tightening torque. * A leaking diaphragm.
Why ProMinent Sigma/ 1 Basic S1Ba drive motor is very hot?
If the drive motor of your ProMinent Water Pump is very hot, the discharge line is likely seriously constricted. Rectify any constriction of the discharge line.
What to do if large leaks occur at the relief valve of ProMinent Sigma/ 1 Basic S1Ba?
If large leaks are occurring at the relief valve of your ProMinent Water Pump, the ball or ball seat may be dirty or worn. Clean or replace the ball and ball seat.
General| Brand | ProMinent |
|---|---|
| Model | Sigma/ 1 Basic S1Ba |
| Category | Water Pump |
| Language | English |
Information that enhances understanding of the operating instructions.
Confirms the operating instructions conform to current EU regulations.
Importance of stating the identity code and serial number for support.
Explains the composition of the identity code for the pump.
Specific safety instructions and requirements for ATEX-certified pumps.
Explains signal words and warning symbols used in the manual.
Illustrates and defines warning signs for different types of danger.
Specifies the approved applications and limitations for the pump.
Defines required qualifications for personnel operating and maintaining the pump.
Safety precautions related to storing, transporting, and unpacking the pump.
Procedures and conditions for proper storage of the pump.
Identifies and illustrates the main parts of the pump and control elements.
Explains the basic working mechanism of the diaphragm metering pump.
Details the operation of the suction and discharge valves in the liquid end.
Describes the purpose and operation of the integral relief valve.
Explains the safety diaphragm and its rupture detection mechanisms.
Instructions for correctly installing the motor onto the pump unit.
Guidance on pump base mounting and required installation space.
Safety precautions and warnings for hydraulic connections and fluid handling.
Procedures for installing the diaphragm rupture sensor.
Safety warnings and guidelines for electrical connections and ATEX compliance.
Specific electrical installation requirements for the pump motor.
Essential safety measures before and during pump start-up.
Steps for priming the pump when system pressure is present.
Instructions on how to adjust the pump's stroke length for desired capacity.
Critical warnings for safe operation, including fire hazards and sparking.
Safety information and precautions for performing maintenance tasks.
Procedure for checking the condition and service life of the diaphragm.
General safety guidelines and warnings before undertaking pump repairs.
Detailed procedure for replacing the pump diaphragm.
How to check and test the diaphragm rupture sensor.
Lists common faults, their causes, remedies, and responsible personnel.
Steps for safely decommissioning the pump for storage or transport.
Information on environmentally sound disposal of the pump.
Technical specifications on pump capacity, stroke rate, and pressure.
Details the suitable viscosity ranges for different liquid end designs.
Electrical specifications and characteristics of the pump motors.
Graphical representations of pump capacity based on stroke length and back pressure.
Provides detailed measurements and diagrams for various pump configurations.
Diagrams illustrating the potential equalisation connections for the pump.
Detailed technical data for the standard motor used with the pump.
Detailed exploded diagrams of various liquid end configurations and parts.
Exploded diagrams showing the components of the relief valve.
Lists spare parts kits for standard PVT, TTT, and SST liquid ends.
Details spare parts kits related to physiological safety designs.
Official declaration of conformity with machinery directives for standard pumps.
Declaration of incorporation for pumps supplied without a motor.
Declaration of conformity for ATEX-certified pumps with explosion protection.
Declaration of incorporation for ATEX pumps supplied without a motor.
Alphabetical listing of topics and their corresponding page numbers.
